China Researchers Boost Fuel Cell Durability with Innovative Frame Sealing Structure
Researchers in China, specifically from Tongji University and the National Center of Technology Innovation for Fuel Cell, have come up…
Hydrogen News – Green Hydrogen Report
Researchers in China, specifically from Tongji University and the National Center of Technology Innovation for Fuel Cell, have come up…
HIF Global is giving its massive $6 billion green hydrogen and synthetic fuels project in Paysandú, Uruguay a thoughtful redesign.…
FuelCell Energy and South Korea’s data infrastructure up-and-comer Inuverse have teamed up with a strategic (but non-binding) Memorandum of Understanding…
A growing debate is heating up in the European Union over the best path forward for the future of hydrogen…
The European Commission has just rolled out the long-anticipated Low Carbon Hydrogen Delegated Act, giving the green light to a…
Voestalpine AG and VERBUND AG are doubling down on industrial decarbonization with a bold €16.4 million investment to expand the…
The Nordic-Baltic Hydrogen Corridor (NBHC) is picking up steam with a new feasibility study, with a big push from the…
Atlas Copco just rolled out its complete hydrogen infrastructure lineup—and it’s ready to hit the ground running around the globe.…
Plug Power stock jumped after the U.S. Senate moved to extend clean hydrogen tax credits. Here’s what it means for the hydrogen economy — and why it’s more than just a stock bump.
Zhangjiagang has emerged as a hydrogen powerhouse, deploying over 220 fuel cell vehicles, building five refueling stations, and scaling industrial output to 10B yuan—cutting 10,000+ tons of CO₂ since 2018.
China brings online its most powerful hydrogen internal combustion engine generator yet, using industrial exhaust hydrogen to produce power while slashing CO2 emissions and purification costs.
Plug Power executives will join major investor conferences in New York and London this June to showcase its hydrogen expansion plans. The company aims to secure support for its growing global hydrogen infrastructure and partnerships.
Researchers in Germany and the U.S. unveiled an automated, high-speed KPFM method that offers real-time charge mapping in photoelectrodes. It aims to boost green hydrogen tech by improving solar fuel efficiency.
CeNS scientists in India have developed a novel solar photoelectrochemical device that generates scalable green hydrogen using only sunlight and earth-abundant materials—a breakthrough that could reshape India’s Hydrogen Mission targets.
UK and Ireland sign MoU to explore a 100% hydrogen pipeline. The cross-border interconnector aims to decarbonize energy, improve security, and foster biomethane integration across national grids.